AT45DB021D-SH-T

The internal structure of - AT45DB021D-SH-T includes power supply, address signal, data signal, control signal, and pins used for addressing, which can achieve data read and write operations and have the characteristics of high integration and high reliability.

Features

Firstly, the access time of AT45DB021D-SH-T is -, which means it can quickly read and write data. Moreover, it only takes 4ms to write a single word or page of data, making it very useful in applications that require high-speed data storage and retrieval due to its fast access speed.

Secondly, the clock frequency of the Flash IC is 66MHz, indicating that it can work synchronously with the high-speed system clock, ensuring data consistency and reliability.

Memory IC AT45DB021D-SH-T adopts Flash technology. The memory size is 2Mb (264 Bytes x 1024 pages), which indicates that it can store a large amount of data. Through the SPI interface, it can communicate with other electronic devices to achieve data transmission and sharing.

In terms of working environment, the Flash AT45DB021D-SH-T adopts the 8-SOIC (0.209", 5.30mm Width) packaging form, which has advantages such as high integration and reliability, fast heat dissipation, etc. It can work normally within the temperature range of the -40°C ~ 85°C (TC), which is conducive to performance and lifespan, and has a wide working temperature range and good heat resistance.

The manufacturer of Adesto Technologies AT45DB021D-SH-T adopts the 8-SOIC Surface Mount packaging form, making it easy to integrate into compact circuit board designs. In addition, it also has packaging that facilitates automated production and rapid assembly.. In addition, its working voltage range is 2.7 V ~ 3.6 V, which can adapt to different power supply requirements.

Applications

● IoT devices

Used in the device to store sensor data, firmware, and configuration information.

● Computers and Servers

Crucial components in computers and servers, providing temporary storage for data and program code during active processing.

● Automotive Electronics

Used for automotive applications to store firmware, manage engine control units (ECUs), store navigation data, and support various in car entertainment systems.

● Wearable devices 

Integrate into wearable devices such as smartwatches and fitness trackers to store user data, health indicators, and device settings.

● Security field

Such as security cameras, access control systems, and monitoring devices, used to store firmware, event logs, and captured video clips.